The fan silencer is the future of quiet computing. One of the more prominent causes of noise from a computer are the fans vibrating alongside the case and the fan mounting. With the innovative silencer sandwiched between the case and the fan, the silencer will then cut down significantly on the noise produced by such fans and without inhibiting airflow one bit.

Now UV Reactive!
The fan silencer is the future of quiet computing. One of the more prominent causes of noise from a computer are the fans vibrating alongside the case and the fan mounting. With the innovative silencer sandwiched between the case and the fan, the silencer will then cut down significantly on the noise produced by such fans and without inhibiting airfl...

The fan silencer is the future of quiet computing. One of the more prominent causes of noise from a computer are the fans vibrating alongside the case and the fan mounting. With the innovative silencer sandwiched between the case and the fan, the silencer will then cut down significantly on the noise produced by such fans and without inhibiting airflow one bit.

The Bitspower 140mm Fan Anti-Vibration Silicon Pad is the future of quiet computing. One of the more prominent causes of noise from a computer are the fans vibrating alongside the case and the fan mounting. With the innovative fan silencer sandwiched between the case and the fan, the silencer will then cut down significantly on the noise produced by such fans and with...

The Bitspower 140mm Fan Anti-Vibration Silicon Pad is the future of quiet computing. One of the more prominent causes of noise from a computer are the fans vibrating alongside the case and the fan mounting. With the innovative fan silencer sandwiched between the case and the fan, the silencer will then cut down significantly on the noise produced by such fans and with...

This shroud improves the cooing performance of your fan/radiator combination. Mounted between fan and radiator this shroud allows more even distribution of Airflow which allows a more efficient utilization of the radiator's fin surface. If mounted directly onto radiator a deadspot between the fan motor is developed which reduces the performance. Even multiple of the s...